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Cisco Carrier Packet Transport (CPT) System

Cisco CPT Packet Transport Fabric 256G Fabric Card with 4x10GE

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The Cisco® Carrier Packet Transport (CPT) 200 and 600 sets the industry benchmark as a carrier-class converged access and aggregation platform for Unified Packet Transport architectures. Cisco CPT product family represents an exciting new paradigm in the world of Packet Transport with exceptional pay as you grow scalability, carrier-class reliability, incredible flexibility, and TDM like ease of packet service provisioning, OAM and protection capability.

Product Overview

The Cisco CPT 200 and 600 Packet Transport Fabric (PTF) Line Card is a non-blocking switch fabric that delivers economical, scalable, highly available, and Packet Transport services through a Unified Multiprotocol Label Switching (MPLS) network layer. The PTF 256 Gigabit non-blocking switch fabric interconnects all Packet Transport line cards over the backplane while providing scalability and high availability active-active architecture. In addition, the PTF delivers four 10-Gigabit Ethernet ports that can be used for User-to-Network Interfaces, Network-to-Network Interfaces, and enables extension of GE interfaces through the CPT 50 satellite architecture. The PTF enable the Cisco CPT 200 and 600 provide a robust MPLS-Transport Profile (TP) infrastructure to deliver scalable Private Line, Business, Residential, Mobile Backhaul, Data Center, and Video Services (Figure 1).

Figure 1. Cisco CPT Packet Transport Fabric (PTF) Line Card

Description: Macintosh HD:Users:donyeljones-williams:Documents:Work:Carrier Packet Transport:Pictures:CPT:PNG:high res:HKK87071.png

Features and Benefits

Cisco CPT 200 and 600 PTF offers:

256 Gbps of non-blocking fully redundant switching fabric

Distributed forwarding and control planes for higher performance

Modularized system components in both hardware and software, isolating failure and faults to subsystem and component

Hardware-based signaling for the fabric: support for near zero packet loss on switchover

Built-in redundancy in hardware components such as the route switch processor (RSP), switch fabric, control-plane chassis control bus, and power supplies, thereby avoiding a single point of failure

4 port of 10Gbps Ethernet Interfaces that operate as UNI, NNI, & Satellite architecture extension

Hardware based Bidirectional Forwarding Detection (BFD) processing and control that provide transport SLA detection times

With integrated synchronization circuitry and dedicated backplane timing traces for accessing the shelf controllers Stratum-3 subsystem, the CPT 200 and 600 PTF Line Card provides standards-based line-interface functions for delivering and deriving transport-class network timing, enabling support of network-synchronized services and applications such as mobile backhaul and migration of TDM services.

The PTF also consolidating Unified MPLS transport and DWDM networking by integrating the G.709 OTN layer with both I.7 and I.4 Enhanced Forward Error Correction (EFEC) into two 10GE ports. The G.709 provides visibility into the DWDM transmission system to permit rapid detection and recovery from transmission-layer and DWDM impairments and G.709 can also be configured for proactive protection if signal degradation is detected; it prevents traffic loss and link outage. The Enhanced Forward Error Correction extends transmission-layer performance, delivering extended performance over an amplified system without the cost of regeneration or transponders.

Product Specifications

Table 1.

Description

Specification

Interface Support

Pluggable SFP+ Interfaces

SFP+ interfaces provide mix/match interface types across a single line card. For a complete list of supported interfaces, please see the Cisco CPT pluggable configuration guide.

Pluggable XFP Interfaces with OTN G.709

Standard G.709 providing transmission-layer OA&M; G.709 Standard FEC and Enhanced FEC (both I.4 & I.7 support) for extended transmission system performance

Scalable and Integrated Multiservice Support

Layer 2 Transport

Carrier Ethernet, MPLS-Transport Profile (TP) and IP/MPLS-(TE)

Layer 2 and Layer 2+ services

Carrier Ethernet - EPL, EVPL, ELAN, EVPLAN

MPLS-TP – P2P Circuits (VPWS), Multipoint (VPLS), Hierarchy Multipoint (H-VPLS), Ring VPLS (Optimized for Video Broadcast applications)

IP/MPLS(TE) – P2P Circuits (VPWS), Multipoint (VPLS), Hierarchy Multipoint (H-VPLS), Ring VPLS (Optimized for Video Broadcast applications)

Service Scale

MAC Address

256K

Point to Point Ethernet Virtual Circuit (EVC)

16K

VPWS

3.5K

PW Redundancy

2.5K

Point to Multi-Point Ethernet Virtual Circuit (EVC)

4K with 8K members

VPLS

1K

MPLS-TP LSP Un-Protected

2K

MPLS-TP LSP Protected

1K

REP

32 Segments

Multicast Groups

2K

Policers

8K Policers 2-rate 3-color (2R3C)

Egress queues

64K Queues (3-level H-QoS)

Switch Fabric

256 Gbps Non-Blocking

Ethernet OAM

CFM

Interval

Remote MEPs

Local MEPs

100 ms

100

100

1 sec

1000

1000

10 sec

8000

8000

1 min

16000

16000

10 min

16000

16000

EFM

Per Interface

ITU Y.1731 (FM)

Same as CFM

ITU Y.1731 (DM)

Type

Interval

# of Sessions

Line Card

1 sec

100

System

1 sec

1000

MPLS-TP OAM

BFD

Interval

# of Sessions

3.3 ms

1000

High Availability

High Availability features

Stateful Switchover (SSO)

In Service Software Upgrade (ISSU)

MPLS-TP 1:1 path protection

Link Aggregation (LAG)

Resilient Ethernet Protocol (REP)

Multicast

Multicast features

IGMP snooping v1, v2, and v3

Multicast VLAN registration (MVR)

Product Specifications

Table 2. Product Specifications

Description

Specification

Evolutionary Monitoring

Carrier-class Operations, Administration, and Maintenance (OA&M)

IETF MPLS-TP Continuity Checks (CC) Bidirectional Forwarding Detection (BFD) (RFC5860)

IETF MPLS-TP Continuity Verification (CV) LSP Ping and LSP Traceroute

IP/MPLS OAM Virtual Circuit Connectivity Verification (VCCV), Ping, and Traceroute

Connectivity Fault Management (802.1ag)

Ethernet Link OAM (802.3ah)

ITU Y.1731 Fault Management & Delay Management

Network Timing and Synchronization

Synchronous Ethernet

Derive and provide synchronization from BITS and Ethernets interfaces on CPT 200 and 600

IEEE 1588v2 PTP

Derive, Provide, and Transparently passes timing and frequency information on all CPT 200 and 600 Ethernet interfaces

Product Functionality, Benefits and Specifications

Software Support

Cisco Transport Controller: End-to-End Network Point and Click Provisioning, Maintenance, & Alarm Correlation.
Integrated Robust Command Line Interface (CLI)

MPLS-Transport Profile (TP)

IETF Standard Based MPLS-Transport Profile:

RFC 5317

RFC 5654

RFC 5921

RFC 5880

RFC 5960

RFC 5586

RFC 5951

RFC 5950

Flexible Ethernet services

Ethernet Virtual Connections (EVCs): Ethernet services are supported using individual EVCs to carry traffic belonging to a specific service type or end user through the network. EVC-based services can be used in conjunction with MPLS-based L2VPNs and native Ethernet switching deployments.
Flexible VLAN classification: VLAN classification into Ethernet flow points (EFPs) includes single-tagged VLANs, double-tagged VLANs (QinQ and 802.1ad), contiguous VLAN ranges, and noncontiguous VLAN lists.
IEEE Bridging: The line cards support native bridging based on IEEE 802.1Q, IEEE 802.1ad, and QinQ VLAN encapsulation mechanisms.
Resilient Ethernet protocol (REP): The REP provides a resilient, fast-convergence mechanism for aggregating and connecting to Ethernet-based access rings.

L2VPN services

MPLS-TP Circuit with Ethernet over MPLS-TP (EoMPLS-TP): EoMPLS-TP transports Ethernet frames across an MPLS-TP LSPs using pseudowires. Individual EFPs or traffic from an entire port can be transported over an MPLS-TP network using pseudowires to an egress interface or sub-interface.
Virtual Private LAN Services (VPLS): These services are included in a class of VPN that supports the connection of multiple sites in a single bridged domain over a MPLS-TP network. VPLS presents an Ethernet interface to customers, simplifying the LAN and WAN boundary for service providers and customers, and enabling rapid and flexible service provisioning, because the service bandwidth is not tied to the physical interface. All services in a VPLS appear to be on the same LAN, regardless of location.
Pseudowire redundancy: Pseudowire redundancy supports the definition of a backup pseudowire to protect a primary pseudowire in case of failure.
Multi-segment pseudowire stitching: Multi-segment pseudowire stitching is a method for interworking two pseudowires together to form a cross-connect relationship.

SPAN

Span is a technique of replicating the ingress or egress frames in a specific port to a specified list of destination ports. It is a monitoring feature used to monitor the traffic that is coming out of a port or an EFP. The monitored traffic can be used to debug the network and can also be used by law enforcement agencies.

High Availability

MPLS-TP: 1:1 MPLS TP LSP delivers protection switching for networks with sub-50ms APS switching for link, node, path failures.
Bidirectional Forwarding Detection (BFD): BFD is a detection protocol that is designed to provide fast forwarding path-failure detection times for all media types, encapsulations, topologies, and routing protocols
802.3ad Link Aggregation Bundles: The line cards support a bundle of multiple links to provide added resiliency and the ability to load balance traffic over multiple member links.

Multicast

IGMP v2 and v3 snooping: This Layer 2 mechanism efficiently tracks multicast membership on an L2VPN network. Individual IGMP joins are snooped at the VLAN level or pseudowire level. In residential broadband deployments, this scenario enables the network to send only channels that are being watched to downstream users.
Multicast VLAN Registration (MVR): MVR optimizes the control plane (IGMP) load between the router and switch. MVR feature enables switch to aggregate different JOINs received on different VLANs (from the receivers) into one JOIN (on a single VLAN, which could be the same as or different from the VLANs of the receiving ports) towards the router. The switch then distributes (replicate) the received content into the relevant ports.

Ethernet OA&M

Connectivity Fault Management (CFM) Ethernet layer OAM protocol provides end-to-end provider edge (PE to PE) and/or customer edge to customer edge (CE to CE) fault management. CFM includes proactive connectivity monitoring, fault verification, and fault isolation for large Ethernet metropolitan-area networks (MANs) and WANs. CFM is defined by IEEE 802.1ag standard.
Ethernet Link OAM is a protocol for installing, monitoring, and troubleshooting Ethernet metropolitan-area networks (MANs) and Ethernet WANs. It relies on an optional sublayer in the data link layer of the Open Systems Interconnection (OSI) model. Ethernet Link OAM is defined by IEEE 802.3ah standard.
Remote Ethernet Port Shutdown. The Remote Ethernet Port Shutdown replicates a local link failure over an EoMPLS pseudowire to a remote link shutdown the remote Ethernet port down. Bot UNI interfaces connected to the EoMPLS pseudowire will shutdown in the event of a pseudowire failure.
ITU Y.1731 Fault Management and Delay Management. The ITU-T Y.1731 feature provides OAM functions for fault management and performance monitoring functionality for service providers in a large network. ITY Y.1731 includes Ethernet Alarm Indication Signal (ETH-AIS), Ethernet Remote Defect Indication (ETH-RDI), Ethernet Locked Signal (ETH-LCK) functionality for fault detection and isolation. ITU Y.1731 Delay Management (DM) provides a standard Ethernet PM function that includes measurement of Ethernet frame delay and frame delay variation.

MPLS OA&M

IP/MPLS OA&M: LSP Ping & LSP Trace Route
Pseudo-Wire: Virtual Circuit Connectivity Verification (VCCV), Ping, Traceroute, Static Status Message to LDP Status Message Translation
MPLS-TP OA&M: GACH/GAL & MPLS-TP LSP BFD OAM

Manageability

Cisco Prime Suite is the industry's most advanced optical transport domain manager. It delivers the full power of the Cisco Carrier Packet Transport products to a customer’s operation personnel and back office systems alike.

A carrier-class Element Management System (EMS), Cisco Prime Suite: Lowers network operations, administration, maintenance, and provisioning costs
Provides fault, configuration, performance, and user access security management capabilities
Features a comprehensive client/server-based platform that scales to manage the equivalent of 3000 CPT50, CPT200, CPT600 network elements and up to 100 simultaneous user sessions
Offers network provisioning, surveillance, and performance monitoring features that help customers rapidly deploy and maintain revenue-generating services that are built on Cisco Optical Networking and Voice Gateway Systems

The intelligent Cisco Prime Suite High Availability Agent is designed to automatically detect problems, attempt to restart processes, and fail over to a secondary Sun UNIX server if required.

The Cisco Prime Suite High Availability solution:

Significantly reduces the risk of losing data
Optimizes the Cisco Prime Suite platform to provide continuous service in the event of a failure does occur
Helps ensure constant visibility in a customer's network

Security

Cisco Transport Software: Cisco Transport Software provides comprehensive network security features, including access control lists (ACLs); control-plane protection; authentication, authorization, and accounting (AAA) and RADIUS; Secure Shell (SSH) Protocol; SNMPv3; and Hypertext Transfer Protocol Secure (HTTPS);

Security: Many critical security features are supported:

802.1ad Layer 2 Control Protocol (L2CP) and bridge-protocol-data-unit (BPDU) filtering
MAC limiting per EFP or bridge domain
Unicast, multicast, and broadcast storm-control blocking on any interface or port
Unknown Unicast Flood Blocking (UUFB)

Connectivity

2x10-Gbps 802.3 Ethernet SFP+ Ports

2x10-Gbps 802.3 Ethernet with OTN G.709 wrapping with I.4 & I.7 Enhanced FEC XFP Ports

Memory

2 GB DRAM

Environmental and Compliance Standardization

Physical dimensions
(H x W x D); Weight

13.035 x 0.975 x 10.085 in. (33.1089 x 2.4765 x 25.6159 cm)

2.69 lbs. (1.22 kg)

Power

Max Power 210 Watts

Nominal Power 147 Watts

Network Equipment Building Standards (NEBS)

GR-1089 Issue 5, GR-63 Issue 3

Operating temperature (nominal)

5°C to 55°C

Operating humidity (nominal) (relative humidity)

5–85% noncondensing, operation is guaranteed up to 95% noncondensing

Storage temperature

–40°C to 70°C

Storage (relative humidity)

93% noncondensing

Operating altitude

13,123.36 feet (4000 meters)

Warranty Information

Find warranty information on Cisco.com at the Product Warranties page.

Ordering Information

To place an order, visit the Cisco Ordering Home Page. To download software, visit the Cisco Software Center.

Table 3. Ordering Information

Product Name

Part Number

Packet Transport Fabric 256G Fabric Card with 4x10GE

CPT-PTF256-10Gx4=

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For More Information

For more information about the Cisco CPT Packet Transport Fabric and Packet Transport Module, visit www.cisco.com/en/US/products/hw/optical/ps1996/index.html for the product home page or contact your local account representative or Enter Cisco alias.